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    • 4. 发明申请
    • Portable hybrid applications for AC/DC load sharing
    • 用于交流/直流负载共享的便携式混合应用
    • US20060087800A1
    • 2006-04-27
    • US11260413
    • 2005-10-27
    • Paul Savage
    • Paul Savage
    • H02M7/00H02B1/00
    • G06F1/263H02J1/10H02M1/10Y10T307/367Y10T307/391
    • Portable hybrid applications for AC/DC load sharing includes circuitry for simultaneously using at least one of external AC, internal DC power and/or external DC power. The apparatus also includes an input power receptacle for receiving at least one of AC power and external DC power. A power router inside the apparatus routes at least one of AC power, internal DC power, and external DC power to provide power for an application. An apparatus for providing DC to DC conversion includes a tip and a DC to DC whip connected to the tip. A male plug is connected to the second end of the whip. A buck converter within the male plug converts DC power to a DC power level associated with the whip and transmits the converted DC power along the DC to DC whip to the tip. Alternatively, an internal DC source provides internal DC power.
    • 用于交流/直流负载共享的便携式混合应用包括同时使用外部交流,内部直流电源和/或外部直流电源中至少一种的电路。 该装置还包括用于接收AC电力和外部DC电力中的至少一个的输入电源插座。 设备内部的电源路由器将交流电源,内部直流电源和外部直流电源中的至少一个传送给应用程序的电源。 用于提供直流到直流转换的装置包括尖端和连接到尖端的直流到直流鞭状物。 公插头连接到鞭子的第二端。 公插头内的降压转换器将直流电力转换成与鞭子相关联的直流功率电平,并将转换后的直流电力沿直流至直流鞭状线传送至尖端。 或者,内部直流电源提供内部直流电源。
    • 9. 发明授权
    • Creating polynomial division logical devices
    • 创建多项式分割逻辑器件
    • US07080348B2
    • 2006-07-18
    • US10608603
    • 2003-06-27
    • Paul Savage
    • Paul Savage
    • G06F17/50
    • G06F17/5045
    • A method of creating a logical device performing polynomial division includes using a hardware description language to build code directly describing synthesizable logic for performing the polynomial division. The logic is then implemented on a target device. The code receives as inputs a parameter identifying a polynomial and a parameter identifying a number of data bits for which the polynomial division is performed. For a given n-degree polynomial, performing the polynomial division includes calculating a next n-term remainder for a data unit having d terms.
    • 创建执行多项式除法的逻辑设备的方法包括使用硬件描述语言构建直接描述用于执行多项式除法的可合成逻辑的代码。 然后在目标设备上实现该逻辑。 代码作为输入接收标识多项式的参数和标识执行多项式除法的数据位数的参数。 对于给定的n度多项式,执行多项式除法包括计算具有d项的数据单元的下一个n项余数。